Ensuring Safety with Pump Snore Controllers
Pump snore controllers may not seem high-risk, but installing and commissioning them often requires working with an energised electrical switchboard. This introduces significant hazards, such as electrocution and arc flash, especially when tools are involved in the setup.
Understanding Arc Flash Risks
Arc flash is one of the most dangerous electrical hazards. It occurs when an electric current veers off its intended path, causing an explosion that can result in severe injuries or even death. The intense heat from an arc flash can cause burns, fires, and permanent damage to eyesight. In addition to physical harm, arc flash incidents can lead to costly downtime and legal liabilities for businesses.
Prioritising Safety in Installation
Zero harm should always be the highest priority for companies. However, many manufacturers overlook potential dangers, inadvertently introducing risks by requiring uninsulated tools during setup. Legislation and company procedures strictly prohibit live work within electrical panels. Yet, configuring many pump snore control relays often requires running the pump with the electrical panel open. Workers are sometimes compelled to break safety rules to perform these tasks. This unacceptable practice significantly increases the risk of severe electrical hazards, including arc flash.
How the SC10 Pump Snore Controller Enhances Safety
The SC10 Pump Snore Controller from 2iB Pty Ltd directly addresses these safety concerns. It offers digital input options for connecting external set-point buttons, eliminating the risk of electrical shock and arc flash. Setting the snore current is simple—just push a button. When changing pump sizes, there’s no need to adjust conductor turns through the current transformer. This further reduces exposure to electrical hazards.
At 2iB Electronic Design, safety always comes first. The SC10 Pump Controller exemplifies our commitment to protecting workers from unnecessary risks.
Check out the SC10 Controller [here] and find detailed documentation on our SC10 Resources Page [here].
